Jet Pump & Tank Eductor Experience

Does working with most suppliers of jet pumps and/or tank mixing equipment leave you frustrated? A good portion of the available product literature out there offers faulty or misleading suggestions for sizing jet pumps and/or tank mixing eductors. The matter is further complicated when taking into consideration that sizing a tank eductor is only half the battle- location is equally as important. An offer based on inexperience could result in a project designed to fail right from the very beginning, ultimately leading to more time and money devoted to troubleshooting your new installation instead of moving on to the next project.

Because there are so many different types of tank mixing applications we don't attempt to follow the competition with their "one size fits all" mentality - it absolutely does not! Each tank eductor application requires a review to ensure the correct selection of equipment and the correct location of that equipment.

Northeast Controls (uniquely) has more than 50 years of experience in tank mixing applications with both tank mixing eductors and propeller type side entry mixers. We sized mixers for tanks in sizes up to one million barrel (42 million gallons) capacity.

(2) Location: Equally important is the installed location(s). It is also critical to correctly locate the eductors according to the application. Northeast Controls offers manifold design capability to achieve this goal.

We can provide the detailed drawings and bills of material for the eductor manifold and define the positioning of the manifold within the tank to optimize the eductor(s) performance.

Side Entry Mixers

Our side entry tank mixers offer a low overhang design that makes them self-supporting on the tank man-way. No tie-rods, base plates or foundation supports are required, thus greatly simplifying installation while providing a very low vibration unit that greatly extends in-service time between maintenance requirements.

All other side entry tank mixer designs have wide overhang and require additional support (usually tie-rods) resulting in considerable additional vibration and shortening mean time between maintenance and running up maintenance costs and downtime.